Ever increasing traffic load on freeways calls for smart solutions to improve throughput. With the uprise and standardization of C-ITS, accuracy and latency of traffic state measurements are immensely improved, while the span of control is increased. In this paper, a traffic control algorithm that aims to prevent breakdown at recurring bottlenecks on freeways is presented. By using C-ITS to control connected vehicles and manipulate the traffic state upstream of bottlenecks, a breakdown and capacity drop can be prevented. To evaluate the developed control concept, a microscopic simulation study was performed. The controller was evaluated on both reductions in penetration rate and compliance to control signals. The results are promising, but ...
Summarization: The definition of a new control scheme for freeway traffic systems is the objective o...
The number of cars on the road and the need for transportation has increased rapidly during the past...
This research evaluates Intelligent Transportation System (ITS) implementation strategies to improve...
In the last decades traffic congestion in freeway systems has become a major problem, seriously affe...
The wide deployment of Vehicle Automation and Communication Systems (VACS) in the following decade i...
Purpose: In this paper, the impact of Cooperative Adaptive Cruise Control (CACC) systems on traffic ...
International audienceIn this paper a platoon-actuated mainstream traffic control is proposed to dec...
Two freeway bottlenecks, each with a distinct geometry, have been investigated in an effort to under...
AbstractThe primary objective of this study was to develop variable speed limit (VSL) and ramp meter...
An unfortunate feature of freeway traffic flow at merge bottlenecks is the capacity drop (CD) phenom...
This paper introduces a new concept for traffic control in freeway systems by considering the presen...
This paper introduces a new concept for traffic control in freeway systems by considering the presen...
Sags are roadway sections along which the gradient increases gradually in the direction of traffic. ...
Sags are freeway sections along which the gradient changes significantly from downwards to upwards. ...
Cooperative intelligent transportation systems (C-ITS) support the exchange of information between v...
Summarization: The definition of a new control scheme for freeway traffic systems is the objective o...
The number of cars on the road and the need for transportation has increased rapidly during the past...
This research evaluates Intelligent Transportation System (ITS) implementation strategies to improve...
In the last decades traffic congestion in freeway systems has become a major problem, seriously affe...
The wide deployment of Vehicle Automation and Communication Systems (VACS) in the following decade i...
Purpose: In this paper, the impact of Cooperative Adaptive Cruise Control (CACC) systems on traffic ...
International audienceIn this paper a platoon-actuated mainstream traffic control is proposed to dec...
Two freeway bottlenecks, each with a distinct geometry, have been investigated in an effort to under...
AbstractThe primary objective of this study was to develop variable speed limit (VSL) and ramp meter...
An unfortunate feature of freeway traffic flow at merge bottlenecks is the capacity drop (CD) phenom...
This paper introduces a new concept for traffic control in freeway systems by considering the presen...
This paper introduces a new concept for traffic control in freeway systems by considering the presen...
Sags are roadway sections along which the gradient increases gradually in the direction of traffic. ...
Sags are freeway sections along which the gradient changes significantly from downwards to upwards. ...
Cooperative intelligent transportation systems (C-ITS) support the exchange of information between v...
Summarization: The definition of a new control scheme for freeway traffic systems is the objective o...
The number of cars on the road and the need for transportation has increased rapidly during the past...
This research evaluates Intelligent Transportation System (ITS) implementation strategies to improve...